Sunday

March 29, 2015

March 29, 2015

Posted by **Manquillo** on Saturday, October 19, 2013 at 2:47pm.

Suppose we ran m steps of Grover's algorithm on some function f (which has one marked element y) and the resulting superposition was exactly |y⟩.

PROBLEM 5A (4 points possible)

If we run for m+1 additional steps (i.e. total of 2m+1 steps from the initial state), what is the resulting superposition? Note that you can describe the superposition by specifying two numbers, αy and αx for x≠y. You may use K to denote the total number of elements. (K should be uppercase.) HINT: You may want to review Problems 2, 3, and 5 of Assignment 6.

**Answer this Question**

**Related Questions**

physics - Suppose we ran m steps of Grover's algorithm on some function f (which...

Quantum Physics - Suppose we ran m steps of Grover's algorithm on some function ...

physics - Suppose we ran m steps of Grover's algorithm on some function f (which...

quantum physics - ass 6 q6:Now, consider the case where N4 elements are marked ...

Quantum Physics - Suppose we ran m steps of Grover's algorithm on some function ...

Quantum Physics - Suppose we ran m steps of Grover's algorithm on some function ...

Quantum Physics - In this problem, we will carry out some steps of the quantum ...

physics - n this problem, we will carry out some steps of the quantum factoring ...

Quantum Computing - In this problem, we will carry out some steps of the quantum...

Quantum physics - 1] Let |ψ⟩=(2+i/3)|0>−(2/3)|1>. If we ...